Add to ORKGDirect casting of silicon into wafers allows to produce wafers much more cheaply than in traditional block casting methods. RGS (Ribbon Growth on Substrate) is such a method. In order for RGS to be cost effective sufficient cell efficiencies must be realized. In this paper we present 13.0% efficient screen printed RGS cells. This is an increase of 0.6% absolute compared to the best previous result reported in January 2005. The increase was achieved by reducing shunting in cells made on RGS material. The cells have been made both with alkaline etching of the wafer and with iso texturing.publishe
Large area solar cells have been processed at the University of Konstanz using a standard industrial...
Lower PV systems cost can be achieved if less silicon material is used in modules and if higher sola...
More than a dozen methods have been applied to the growth of silicon ribbons, beginning as early as ...
Direct casting of silicon into wafers allows to produce wafers much more cheaply than in traditional...
Ribbon Growth on Substrate (RGS) is a low cost silicon ribbon material for photovoltaics. The RGS gr...
The ribbon-growth-on-substrate (RGS) technology has the potential to produce wafers for PV at low co...
Ribbon Growth on Substrate (RGS) is a very promising low cost silicon ribbon material for photovolta...
Ribbon Growth on Substrate (RGS) technology is a cost-effective approach in terms of silicon usage p...
In this work, RGS (Ribbon Growth on Substrate) a ribbon silicon material from Bayer AG is characteri...
Ribbon Growth on Substrate (RGS) is a cost-effective method to produce silicon wafers directly from ...
Kerf losses due to ingot and wafer sawing can be avoided by solidifying the silicon wafers directly ...
Solar cells have been processed on Edge-defined Film-fed Growth and String Ribbon silicon. Based on ...
AbstractTo date, solar cells made from kerf-less and cost-effective Ribbon Growth on Substrate (RGS)...
Ribbon Growth on Substrate (RGS) silicon wafers are cast directly from the melt onto reusable substr...
Reduction in PV system costs can be realised if high efficiency cells can be made with thin silicon ...
Large area solar cells have been processed at the University of Konstanz using a standard industrial...
Lower PV systems cost can be achieved if less silicon material is used in modules and if higher sola...
More than a dozen methods have been applied to the growth of silicon ribbons, beginning as early as ...
Direct casting of silicon into wafers allows to produce wafers much more cheaply than in traditional...
Ribbon Growth on Substrate (RGS) is a low cost silicon ribbon material for photovoltaics. The RGS gr...
The ribbon-growth-on-substrate (RGS) technology has the potential to produce wafers for PV at low co...
Ribbon Growth on Substrate (RGS) is a very promising low cost silicon ribbon material for photovolta...
Ribbon Growth on Substrate (RGS) technology is a cost-effective approach in terms of silicon usage p...
In this work, RGS (Ribbon Growth on Substrate) a ribbon silicon material from Bayer AG is characteri...
Ribbon Growth on Substrate (RGS) is a cost-effective method to produce silicon wafers directly from ...
Kerf losses due to ingot and wafer sawing can be avoided by solidifying the silicon wafers directly ...
Solar cells have been processed on Edge-defined Film-fed Growth and String Ribbon silicon. Based on ...
AbstractTo date, solar cells made from kerf-less and cost-effective Ribbon Growth on Substrate (RGS)...
Ribbon Growth on Substrate (RGS) silicon wafers are cast directly from the melt onto reusable substr...
Reduction in PV system costs can be realised if high efficiency cells can be made with thin silicon ...
Large area solar cells have been processed at the University of Konstanz using a standard industrial...
Lower PV systems cost can be achieved if less silicon material is used in modules and if higher sola...
More than a dozen methods have been applied to the growth of silicon ribbons, beginning as early as ...